Sourced and supplied across Saudi Arabia
A wheel cutter produces a square cut with no sparks and no chips, which makes it the right tool inside an occupied building, in a permit area where hot work is restricted, and anywhere swarf must not fall into a system. What it also produces is a burr rolled into the bore, and on a water or gas line that burr is a permanent restriction and a turbulence source unless it is reamed out — so a reamer belongs with the cutter rather than being an afterthought. Match the cutting wheel to the material, because a wheel intended for steel will not cut stainless cleanly and one for plastic is different again; using the wrong wheel work-hardens the cut and ruins the wheel. For work in a duct, a wall chase or against a ceiling, the constraint is the swing needed to rotate the tool, which is where a close-quarter or ratcheting cutter earns its cost. State the material, the sizes, and the access.
The more of this you send, the closer the first quotation lands.
| Pipe material | Carbon steel, stainless, copper, cast iron, or plastic |
|---|---|
| Pipe size range | Diameters and wall thicknesses to be cut |
| Cutting wheel | Matched to the material — the wrong wheel work-hardens the cut |
| Access and swing | Space to rotate the tool around the pipe |
| Close-quarter cutting | Ratcheting or mini cutters where swing is limited |
| Deburring | Reamer to remove the burr rolled into the bore |
| Hot work restriction | Wheel cutting produces no sparks — state if that is why |
| Swarf control | Where chips must not fall into a system or a space below |
| Power | Manual, or a powered cutter for repetitive work |
| Chain cutters | For large diameter or cast iron pipe |
| Spare wheels | Wheel consumption and the holding required |
| Quantity | Tools per size range and per crew |
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We source to specification. Send your requirement and we will come back with options, lead time and pricing.